\documentstyle[dina4]{article} \begin{document} \newcounter{bean} \newenvironment{defit}[1]{\begin{list}% {$\bullet$}{\usecounter{bean} \settowidth{\labelwidth}{#1} \setlength{\leftmargin}{\labelwidth} \addtolength{\leftmargin}{\labelsep} }}{\end{list}} \title{TERM} \author{0laf Barthel} \maketitle \centerline{A Gift-Ware telecommunications program written by} \centerline{Olaf Barthel, © copyright 1990-92 by Olaf Barthel \& MXM,} \centerline{All rights reserved.} No guarantee of any kind is given that the program(s) described in this document are 100\% reliable. You are using this material on your own risk. \newpage\tableofcontents \newpage\section{Important information} \subsection{New names for configuration files} For compliance with existing design guidelines, the names of configuration files and the preferred storage directory have changed. `term' will now store and read configuration files in the `TERM:config' drawer (well, unless there is a `TERMPATH' variable which lead to a different path... see below). If no `TERM:' device is available, `term' will assign `TERM:' to the directory it was started from. If no `TERM:config' drawer is available, it will be created. \centerline{The new file names are:} \begin{center} \begin{tabular}{|lcl|} \hline Preferences.term & \verb+->+ & term\_preferences.iff \\ Phonebook.term & \verb+->+ & term\_phonebook.iff \\ Hotkeys.term & \verb+->+ & term\_hotkeys.iff \\ Speech.term & \verb+->+ & term\_speech.iff \\ Macros.term & \verb+->+ & term\_macros.iff \\ Fast!Macros.term & \verb+->+ & term\_fastmacros.iff \\ \hline \end{tabular} \end{center} \section{Background} This program is a product of anger and despair; I was unable to find a telecommunications program to suit my personal needs -- neither in the commercial area, nor in the public-domain. Most programs had a lot of extras but lacked other more important, perhaps more sensible features (just to take an example: in revision 2.20c and after four years of constant development `HandShake' still fails to use the current keymap settings and also strips bit 7 when displaying characters - sorry Eric, that's why I never registered!). I have hesitated for a long time before starting my first attempt at writing my very own telecommunications program. When Kickstart 2.x was about to become widely available I took the opportunity to create `term' always trying to use the new OS routines wherever possible. While this started to be quite a difficult task it also was a lot of fun (imagine Columbus wrecking his fleat four times on his journey to the West Indies due to unexpected leakages in all vessels and sudden changes in the ships' sailing manuals -- that's how I felt!). As far as computer-telecommunications are concerned, Germany appears to be a developing country. This is partly due to the Deutsche Bundespost, the federal mail / phone company whose telecommunications monopoly used to be protected by federal law. Until 1989 you would risk a heavy penalty if using a non-registered modem or telephone instead of the Bundespost-supplied hardware. So, if you have any complaints, or miss a few extremely important features in `term', don't boo and hiss, I am not as long in the telecomm business as you are (I have yet seen only a single DEC VT-101 from afar!). Tell me what you need and I will try to add it in the next revision. This project was started at December 24 1990 and completed by January 25 1991. I used the following tools to create `term': SAS / C 5.10b, WShell, CygnusEd Professional Release 2 \& ARexx. My thanks go to the following people for their invaluable help and assistance: Holger Lubitz, Peter Fischer, Christoph Teuber, Garry Glendown, Oliver Wagner, Jürgen Otte, Germar Morgenthaler, Matthias Zepf, Markus Stoll, Ralf Thanner, Martin Berndt, Ueli Kaufmann, Veith Schörgenhummer, Michael Vaeth, Roby Leemann \& AUGS, Thorsten Seidel, Till `Dill-Prince' Prinzler, Volker Ulle \& the Aquila Sysop Team, Marc-Christian Schröer, Udo Wolt, Michael Hohmann, Henning Hucke, Stefan Becker and to all those who supplied libraries \& control sequence tables. Special thanks go to John Burton of Papua New Guinea who revised and rewrote certain parts of the program, in particular the terminal emulation routines. The xpr-libraries were created by Andreas Schildbach (ascii), Kenneth Osterberg \& Markus Pietz (jmodem), Stephen Walton (kermit), Jack Rouse (quickb), Marc Boucher (xmodem), Ueli Kaufmann (ymodem \& vms) and Rick Huebner \& William M. Perkins (zmodem). The xpr-standard was created by Willy Langeveld, the Res.asm source code was provided by Edward Carrol, I borrowed a single routine (ahtoi) from Matthew Dillon's `DMouse' program, the quicksort routine (QuickSort.asm) was written by David Jones, the touch-tone dialing routines are based on the article `DTMF - A Program for Generating Touch-Tone Signals' by Adam Levin, the touch tone period and cycle values are © Copyright 1989 by Commodore-Amiga, Inc. The current implementation of the external terminal emulation module interface was developed by Ueli Kaufmann, who also wrote the external terminal emulation libraries supplied with `term'. Without the invaluable help of Martin Berndt the library interface would probably not be working at all. Christopher Wichura suggested that `term' should make use of his OwnDevUnit.library. Special thanks go to Leo Schwab who discovered means to use interleaved bitmaps in a system-integrated manner. Since time did not permit me to translate the full original German documentation into English, I had asked the Z-Net Amiga community for help. As a result this document was translated by three different authors (in order of translation): me, Marc Schröer and Henning Hucke. Garry Glendown took care of the termRexx documentation -- thanks to all of you! \section{The source code} Since there are still only very few well-documented examples (or general programming examples) for Kickstart 2.x I have decided to include the full `C' source code with the `term' distribution. The source code is \_not\_ intended for commercial use. If you are about to include portions in commercial programs you will need to ask me for permission. Still you may use parts of the source code for non-commercial software development without my consent. I sincerely hope that the release of the full `term' source code will give Kickstart 2.x a better start (I've overcome quite a lot of obstacles) so that more programs to use the new OS features will be available soon. \section{The distribution} `term' may be included with commercial programs as long as no money is made by including it in the distribution (this also applies to inclusion in AmigaDOS Enhancer kits, on Workbench / Extras disks or A3x00 hard disk drives). You \_must\_not\_ make any money by distributing `term'. A small copy fee for data media (5\$ US maximum) or the inclusion of `term' in Public-Domain collections such as Fred Fish's Amiga Library of Freely Distributable Software is permitted though. \section{Using `term'} The program `term' and the data received / sent by it must not be used for the following purposes: \begin{enumerate} \item The construction, development, production or testing of weapons or weapon systems of any kind. \item The construction, development, production or use of plants / installations which include the processing of radioactive / fissionable material. \item The training of persons to deal with the abovesaid actions. \end{enumerate} \section{Updates \& new program revision} Whenever a new release of `term' becomes available I will try to make it known in the telecommunications networks. To order a copy send a self addressed envelope, an international mail reply coupon (coupon-réponse international) and a 3½" disk to the author. The most current `term' release will be available through ftp from ftp.informatik.uni-oldenburg.de (134.106.1.9), look into the `\-/pub\-/amiga\-/term' directory. I will also try to make sure that the most current `term' release will be available trough ftp from ab20\-.larc\-.nasa\-.gov. \section{Operating `term'} `term' can be controlled both by mouse and keyboard. With two minor exceptions each operation requiring mouse control can also be executed using keyboard shortcuts. The program can be started both from Workbench and from Shell. Kickstart 2.x is required to run `term'. The program will refuse to work if executed under control of Kickstart 1.3 and below! At least Kickstart 2.04 (revision 37.175) and Workbench 2.04 (revision 37.67) are required to execute `term' successfully. Earlier developer Kickstart revisions or the Kickstart release installed on the older A3000 models will probably not work (try it if you want -- but don't complain!). If called from Shell `term' will detach itself immediately allowing the Shell window to be closed afterwards. This effect can be avoided if `KEEPIO' is entered in the command line (`term keepio'). Usually, running `term' twice will cause the screen of the other program to be popped to the front instead of creating a second `term' process. To avoid this effect, enter `DONTPOP' as a calling parameter (e.g. `term dontpop'). If called from Workbench, each program will run as a separate process. \section{The display} The `term' main screen always opens to the full text-overscan size (which can be set using the `Overscan' tool in the `Prefs' drawer). At the bottom of the screen a small window displays a few basic parameters. These are: \begin{defit}{\bf Parameters~~~} \item[\bf Status \hfill] The current program operating status. This includes `Ready', `Holding' (Control+S was pressed), `Dialing' (the dialing function is at work), `Upload' (data is being sent), `Download' (data is being received), `Breaking' (a break signal is transmitted across the serial line) and `Hanging up' (connection is being cancelled). \item[\bf Font \hspace*{\fill}] The currently active screen font used for text\-/graphics rendering. \item[\bf Protocol \hspace*{\fill}] The currently set data transfer protocol. \item[\bf Emulation \hspace*{\fill}] The currently active terminal emulation mode. \item[\bf Baud Rate \hspace*{\fill}] The data transfer rate in bits per second. \item[\bf Parameters \hspace*{\fill}] The current serial parameters (Data bits-Parity-Stop bits). \item[\bf Time \hspace*{\fill}] The current time of day. \item[\bf Online \hspace*{\fill}] The time elapsed after a connection was successfully established. This counter will be stopped as soon as the connection is cancelled (e.g. by hanging up) and is reset to 00:00:00 as soon as a new connection is made. Every five seconds the time display will change to a calling fee display and the other way round. \end{defit} The screen itself is opened as a public screen (called `TERM') which is available to other programs for their purposes. If more than one `term' process is running, the public screen name will change according to the number of the program (i.e. the first `term' to be started will call the scren `TERM', the second one will call it `TERM1', the third one `TERM2', etc.). The screen title bar will also display the name of the public screen. \section{The menus} For each requester and input window there exists a set of menu items to execute the commands associated with the buttons, dials and gauges in the requester\-/window. Press to right mouse button to have a look at the commands and their shortcuts. The following text is to describe the menu items available in the `term' main menu. \subsection{Project} This menu contains functions to load and to save program configurations and to quit the program. \begin{defit}{\bf Save Preferences As~~} \item[\bf Open Preferences\hfill] Loads the program configuration from a file to be selected. \item[\bf Save Preferences\hfill] Saves the current program configuration under the configuration file name last entered. \item[\bf Save Preferences As\hfill] Saves the current program configuration to a file to be selected. \item[\bf Print Screen\hfill] Sends the current contents of the `term' screen to the printer. This is not a graphics hardcopy, only the ASCII characters are printed. \item[\bf Iconify\hfill] Closes all screens and windows `term' has currently open, resets and releases the serial driver and puts an icon into the Workbench window. Double-clicking this icon will cause `term' to wake up and to return the state is was in before iconification took place. Note: while `term' is icon\-ified, all incoming syn\-chron\-ous ARexx-\-com\-mands will be queued and the corresponding ARexx programs will appear to `hang'. As soon as `term' is `awake' again pending commands will be processed again. \item[\bf About\hfill] Shows some information on the program. \item[\bf Quit\hfill] Terminates the program, hold down a `shift' key to quit immediately, otherwise you will be prompted to confirm your decision. After selecting the `Quit' menu item the program may take a few seconds to exit since the contents of the `log book' are freed first. \end{defit} \subsection{Utilities} This menu contains functions which are to make your life a bit easier. AmigaDOS commands as well as ARexx script files may be started from here. As a special gift for `Snap' users, the contents of the clipboard may be fed into the input stream. \begin{defit}{\bf Execute AmigaD0S Command~~} \item[\bf Set Console Window\hfill] Whenever an Amiga\-DOS\-/ARexx command is executed an output window is opened. This menu item will bring up a requester allowing you to edit the size and position of the window to be opened (consult your Amiga\-DOS manual for a description of the window position string). If you do not want the window to appear, simply enter `NIL:'. \item[\bf Execute Amiga\-DOS Command\hfill] Enter the command you want to execute and its command line arguments here. \item[\bf Execute ARexx Command\hfill] This function calls the ARexx server to execute a script file. If the first input character is a ` or " the input will be considered as a small program in a line. Note that this function will not be available if the ARexx server isn't running. The ARexx command set supported by `term' is described in the file `termRexx.doc'. \item[\bf Paste Clipboard Contents\hfill] The current contents of the clipboard will be fed into the input stream (max. 255 characters). Use the `log book' screen to cut strings and characters to the clipboard (`Snap' may also be used for this purpose). \item[\bf Packet Window\hfill] Opens\-/closes an input window in which a single line of characters to be transferred across the serial line can be entered. More on this feature is explained under `The packet window' below. \item[\bf Toggle Fast! Macro Panel\hfill] Opens or closes the so-called fast! macro panel. The role of the fast! macros will be discussed later in this text. \end{defit} The menu functions `Execute AmigaDOS Command' and `Execute ARexx Command' allow you to select the name of the file to be executed by clicking on the `Load File' gadget. \subsection{Capture \& Buffer} The menu items in this menu offer functions to load\-/save, to display and to capture incoming text\-/graphics data. \begin{defit}{\bf Capture To Printer~~} \item[\bf Clear Buffer\hfill] Clears the contents of the `log book'. Any text will be discarded and \_cannot\_ be recovered. Capture files are not affected by this command. \item[\bf Display Buffer\hfill] Opens the `log book' screen. \item[\bf Close Buffer\hfill] Closes the `log book' screen but does not free the contents. \item[\bf Freeze Buffer\hfill] This menu entry will, if enabled, stop the `log book' from filling up with new text. \item[\bf Load Buffer\hfill] Loads the contents of the `log book' from a file. If there are still text lines in the `log book' a requester will appear giving you the choice to discard the old data, append the new data, or to cancel the action. \item[\bf Save Buffer\hfill] Saves the contents of the `log book' to a file. You will be notified if the file to save to exists already (you may discard the old file, append the new data or cancel the action). \item[\bf Capture To Disk\hfill] Toggles file capture, options are the same as with `Save Buffer'. \item[\bf Capture To Printer\hfill] Toggles printer capture. \end{defit} More detailed information on the `log book' will be given later in this document. \subsection{Transfer} Since data transfer cannot always be done by keyboard and console, `term' supports a number of transfer protocols implemented as xpr-\-lib\-raries. The `term' distribution includes xpr\-ascii.lib\-rary, xpr\-jmodem.lib\-rary, xpr\-ker\-mit.lib\-rary, xpr\-quickb.lib\-rary, xpr\-vms.lib\-rary, xpr\-xmodem.lib\-rary, xpr\-ymodem.lib\-rary and xpr\-zmodem.lib\-rary. \begin{defit}{\bf Edit \& Transfer File~~} \item[\bf Upload Text\hfill] Sends a file\-/files to the remote receiver using the current transfer protocol. If possible this command will `ask' the transfer protocol to transmit the file(s) in text mode (whatever that means) which may include CR\-/LF substitution and other gimmicks. Consult the library documentation to find out if your favourite transfer library supports text mode. \item[\bf Download Text\hfill] Request a file\-/files using the current transfer protocol. Refer to `Upload Text' for features\-/options of this mode. \item[\bf Upload ASCII\hfill] This is a pure ASCII-file upload implemented through xprascii.library. It was added to allow poor BBS programs to receive text files (especially Paragon doesn't seem to like ZModem text file upload). \item[\bf Download ASCII\hfill] This is a pure ASCII-\-file download implemented through xpr\-ascii.lib\-rary. Refer to `Upload ASCII' for features\-/options of this mode. \item[\bf Upload File(s)\hfill] Send a file\-/files to the remote receiver using the current transfer protocol. True batch upload is supported both through wildcard expressions ("\#?.txt" will send all files whose names end with `.txt') or through multiple selection (hold down the shift key and click the names of the files you wish to transmit). Refer to the documentation of your favourite transfer library to find out if batch file transfer is supported. \item[\bf Download File(s)\hfill] Receive a file\-/files using the current transfer protocol. If the protocol does not support batch download you are required to enter the name of the file to be received. Files which remain empty after the transfer are deleted automatically. \item[\bf Edit \& Transfer File\hfill] Invokes the currently selected (see `Paths' preferences menu below) text editor on a file to be selected using a file requester. `term' will block and wait until the editor has returned. After the editor has returned, the user will be asked whether the file edited is to be transferred as plain ASCII or via text upload. \item[\bf Transfer Options\hfill] The transfer options can be changed with this command. If possible a control panel will pop up which allows you to change the current parameters by mouse\-/keyboard. If the selected transfer protocol does not provide these option hooks, a simple string requester will prompt for input. Consult the documentation of your favourite transfer protocol for legal options and the values to which they can be set. \item[\bf Transfer Protocol\hfill] This command allows you to specify the transfer protocol library to be employed for up\-/downloads. \end{defit} The transfer routines open an information window in which a number of transfer parameters are displayed. Additionally, the file transfer can be aborted by clicking either of two buttons (`Abort Entire Transfer' and `Skip Current File'). Note: for most transfer protocols both buttons (abort and skip) have the same effect. Consult the documentation if different levels of abort are supported by your favourite transfer protocol. The following information is displayed in the transfer window: \begin{defit}{\bf Number 0f Timeouts~~} \item[\bf Protocol\hfill] The name of the transfer protocol currently running. \item[\bf File\hfill] The name of the file being transferred. \item[\bf Size\hfill] If available, the size of the file. \item[\bf Space Left\hfill] The space left on the destination device. `term' will try to calculate the number of blocks the file being received will take on the destination device and display a warning the file in question is probably not going to fit. Caution: `term' only makes a very propable guess which may or may not come true. The guess may be wrong if the destination device happens to be a kind of ram-disk which shrinks and expands as memory requirements come and go. Such devices are usually 100% full. In most other cases you will probably be able to make room for the file being received before any space problem turns up. \item[\bf Bytes Transferred\hfill] Number of bytes transferred yet. \item[\bf Blocks Transferred\hfill] Number of data blocks transferred yet. \item[\bf Block Check Type\hfill] The method employed to verify the integrity of the data blocks being transferred (this usually is a form of cyclic redundancy checking). \item[\bf Block Size\hfill] Size of a data block in bytes. \item[\bf Estimated Time\hfill] The time the transfer protocol expects the transfer will take. \item[\bf Elapsed Time\hfill] The time elapsed during transfer. \item[\bf Message\hfill] A message of the transfer protocol addressed to the user. \item[\bf Last Error\hfill] A short description of the last error which occured during file transfer. \item[\bf Number Of Errors\hfill] The number of errors occured during file transfer. \item[\bf Number Of Timeouts\hfill] The number of timeouts occured during file transfer. \item[\bf Packet Type\hfill] A short description of the data block type employed for data transfer. \item[\bf Packet Delay\hfill] The delay between two packets being sent. \item[\bf Characters\-/Second\hfill] The effective transfer speed in characters per second. \item[\bf Character Delay\hfill] The delay between two character being sent. \end{defit} If the currently active transfer protocol provides the necessary information, two bars will be displayed at the bottom of the transfer window indicating the amount of transferred data and of time to go before the transfer is finished. `term' knows about the ZModem data-inquire sequence the remote receiver issues when expecting files. If recognized, this sequence will cause `term' to display a requester asking for the type of data upload: text or binary. One could call this feature `auto upload'. You also have the opportunity to select `Abort' which will transfer the ZModem abort sequence or to click on the `Ignore' gadget which will plainly ignore the fact that the ZModem inquiry sequence has been recognized. Note that the ZModem abort sequence will also be transferred if you select the `Cancel' button in the file requester to appear after selecting text- or binary-upload. NOTE: some transfer protocols will allow you to enter a default receive path the library is supposed to create files it receives in. On request (see the `Preferences\-/Miscellaneous' menu) `term' will ignore these settings and use the settings to be changed in the `Preferences\-/Paths' menu instead. Each file that is received and which does not remain empty is examined briefly to find out about the file type. If recognized successfully, a small comment indicating the file type will be attached to the file. `term' currently knows about the following 72 different file types: \begin{center} \small \begin{tabular}{|l|l|}\hline Workbench icon file & Windows bitmap image file \\ \hline ASCII text file & JFIF image file \\ \hline `C' source code file & IFF-ILBM image file \\ \hline `C' header file & IFF-ANIM animation file \\ \hline Assembly language source code file & IFF-8SVX sound file \\ \hline Assembly language include file & IFF-SMUS score file \\ \hline Modula-2/Oberon source code file & IFF-FTXT text file \\ \hline ARexx script file & IFF-PREF preferences file \\ \hline Basic source code & IFF-TERM `term' configuration file \\ \hline AmigaGuide document file & IFF file \\ \hline TeX document file & AmigaVision flow file \\ \hline Metafont font file & Imploder data output file \\ \hline Generic font file & PowerPacker data output file \\ \hline Packed TeX font file & LhPak self extracting archive** \\ \hline TeX device independent output file & Arc archive file \\ \hline PasTeX font library file & ARJ archive file \\ \hline Manx 3.x object code file & Compressed file* \\ \hline Manx 5.x object code file & Freeze output file* \\ \hline Manx 3.x library file & CPIO archive file* \\ \hline Manx 5.x library file & $\mbox{MacCompress archive file}^2$ \\ \hline AmigaDOS object code file & $\mbox{Compact archive file}^2$ \\ \hline AmigaDOS object code library file & $\mbox{Diamond archive file}^2$ \\ \hline AmigaDOS executable file & LhArc archive file \\ \hline System library file & LHA archive file \\ \hline System device file & Zoo archive file \\ \hline AmigaDOS filing system handler file & PKZip archive file \\ \hline AmigaDOS handler file & $\mbox{Stuff It! archive file}^2$ \\ \hline GIF image file & $\mbox{Pack It! archive file}^2$ \\ \hline $\mbox{Degas image file}^1$ & DMS disk archive file \\ \hline $\mbox{MacPaint image file}^2$ & Warp disk archive file \\ \hline $\mbox{SuperPaint image file}^2$ & Zoom disk archive file \\ \hline $\mbox{Macintosh PICT image file}^2$ & SPARC object code \\ \hline $\mbox{Sun raster image file}^3$ & SPARC executable \\ \hline Postscript file & MS-DOS executable \\ \hline PCX image file & Atari-ST/TT executable \\ \hline TIFF image file & Macintosh executable \\ \hline \end{tabular} \begin{tabular}{cl} 1 & Atari-ST/TT-specific (Degas Elite) \\ 2 & Macintosh-specific \\ 3 & SunOS-specific \\ ** & Unix-specific \\ *** & Not yet ready for release \\ \end{tabular} \end{center} \normalsize \newpage \subsection{Phone} The commands in this menu deal with controlling the serial line and the modem. \begin{defit}{\bf Release Serial Device~~} \item[\bf Phonebook\hfill] The phonebook is one of the most powerful and complex functions of `term' and will be described later in this document. \item[\bf Dial\hfill] To dial a single phone number select this menu item. The phone number entered will be passed to the dialing routine. \item[\bf Redial\hfill] Dialing list entries the dialing routine was unable to establish a connection to are again passed to the dialer. \item[\bf Play Number\hfill] Outputs a telephone number using touch-tone dial coding on the Amiga audio hardware. \item[\bf Send Break\hfill] Sends a `break' signal across the serial line. \item[\bf Hang Up\hfill] Tells the modem to hang up the serial line. \item[\bf Release Serial Device\hfill] The serial driver is released for other programs to use it. A requester will appear which allows you to reopen the serial driver or to quit `term'. If the serial driver has been released by the ARexx interface and has not been reopened yet, this menu item will do it. \end{defit} \subsection{Display} The items in this menu deal with the `term' main screen and the terminal emulation. \begin{defit}{\bf Save Screen (IFF-ILBM)~~} \item[\bf Clear Screen\hfill] Clears the whole `term' screen and moves the cursor to the top left home position. \item[\bf Reset Styles\hfill] Resets all character style attributes (bold, blinking, inverse video, underlined, etc.) and sets the text colour to the default pen. \item[\bf Reset Font\hfill] Will change the screen font back to the default screen font (IBM\-/topaz). \item[\bf Reset Terminal\hfill] Use this menu item to reset the state of the entire terminal emulation. \item[\bf Save Screen (IFF-ILBM)\hfill] Saves the contents of the `term' main screen to a file. The resulting image file can be read by any program to support IFF-ILBM images. \item[\bf Save Screen (ASCII)\hfill] Saves the current contents of the screen to a file; this does not include any graphics, only the ASCII characters are saved. \end{defit} \subsection{Preferences} `term' is configured using the `Preferences' menu. The following text will describe the functions associated with each menu item: \subsubsection{Serial Preferences} This is where the serial parameters may be changed. \begin{defit}{\bf Device Unit Number} \item[\bf Baud Rate\hfill] Transfer speed in bits per second. \item[\bf Bits/Char\hfill] Number of bits per transferred character (7 / 8). \item[\bf Parity\hfill] Serial parity (none, odd, even, mark, space). \item[\bf Stop Bits\hfill] Number of stop bits (1 / 2). \item[\bf Handshaking\hfill] Serial handshaking mode (XON\-/XOFF, RTS\-/CTS, none). \item[\bf Duplex\hfill] Determines whether characters are echoed back to the terminal screen or not (full, half = local echo). \item[\bf Buffer Size\hfill] The number to be specified here allows to set the serial driver I/O buffer size. Note that every number you enter here will result in `term' and the serial driver allocating twice the buffer size (this is only a word of warning for those among us who prefer buffer sizes of 256K and up). \item[\bf Shared Access\hfill] Requested by many (two to be accurate) users, this switch allows you to run the serial driver in shared access mode. Not all driver types will allow this to happen. \item[\bf High-Speed Mode\hfill] Activates a special mode of the serial driver which is to skip a couple of internal parity and stop bits checks resulting in higher data throughput rate. Note that enabling this feature will only make sense if used on two directly connected computers. \item[\bf Break Length\hfill] Length of the break signal given in microseconds. \item[\bf Serial Device\hfill] The name of the serial driver to be used by `term'. This is usually `serial.device' (`modem?.device' for the internal Supra modem, `sxbios.device' for ASDG's serial IO card). \item[\bf Device Unit Number\hfill] The device unit number of the serial driver selected above. This usually left 0 but can also be used to address multiple serial IO ports. \item[\bf Use\hfill] Accept the current settings. \item[\bf Cancel\hfill] Don't use the current settings. \end{defit} Most modems will not recognize a sudden change in the baud rate. Type `AT \verb+<+RETURN\verb+>+' to make the change known. If `RTS\-/CTS (DSR)' handshaking is selected, `term' will check to see if the `Data set ready' line happens to be high active. If not, it will default back to software handshaking (xON\-/xOFF). The `RTS\-/CTS' handshaking mode will ignore the presence or absence of the `DSR' signal. `term' will take advantage of Christopher Whichura's OwnDevUnit.library if installed in your system, allowing controlled access to the serial driver's resources. \subsubsection{Modem Preferences} This is where modem control strings and other related parameters are configured. \begin{defit}{\bf Number Of Dial Retries~~} \item[\bf Modem Init String\hfill] The string to send to the modem after successful program initialization. This string is optional and does not need to be entered. The dialing routine will use the initialization string entered here before dialing a phone number. \item[\bf Modem Exit String\hfill] The string to be sent to the modem shortly before the program terminates. Just like the modem init string this string is optional and does not need to be entered. The dialing routine will use the initialization string entered here before dialing the next telephone number. \item[\bf Modem Hangup String\hfill] The string to be sent to the modem when asked to hang up the line. This string is not optional, it has to be present for the program to work properly. \item[\bf Dial Prefix\hfill] The string to be used to prefix each dialing command. This is usually a variant of `ATDP' or `ATDT'. \item[\bf Redial Delay\hfill] The time to wait after walking through the whole dialing list without making any successful connection before another attempt is started. \item[\bf Number Of Dial Retries\hfill] The number of times the dialer walks through the dialing list trying to make a successful connection before giving up. \item[\bf Dial Timeout\hfill] The time to wait for a successful connection during dialing. After this time has elapsed, the dialer will skip to the next entry in the list. \item[\bf Connect Auto-Capture\hfill] If enabled will automatically open a capture file after successfully making a connection. Any other already open capture file will be closed before proceeding. \item[\bf Connect Auto-Baud\hfill] Most modems echo the baud rate upon successful connection. If enabled the baud rate will be read and set for the serial driver. \item[\bf Log Actions\hfill] If enabled will write a protocol of each program action (uploads, downloads, dial attempts, etc.) to a file. Each action is listed along with time and date. Carrier-lost-events will also note the approximate cost of the call. \item[\bf Check Carrier\hfill] `term' will recognize the `NO CARRIER' message a modem emits when the carrier line signal drops back to low. For maximum safety, `term' will also check the carrier signal line after receiving the `NO CARRIER' message if this switch is enabled. This is to make sure that no accidentally appearing string causes confusion. \item[\bf Drop DTR On Hangup\hfill] Some modems will track the `data terminal ready' line order to make sure that the terminal program is listening, once the line goes back to low potential, these modems will drop the line and hang up. Use this button to enable this feature. Caution: this feature is potentially dangerous and should only be used with custom serial drivers. \item[\bf No Carrier String\hfill] The string the modem emits if the data carrier is lost. The program uses this to determine the length of the connection and to calculate the how much the user is to pay for it. \item[\bf Connect String\hfill] The string the modem emits after detecting a carrier signal. `term' uses this input to determine successful telephone connection, to reconfigure itself and to start the online timer. \item[\bf No Dialtone String\hfill] The string to be returned by the modem in case it does not encounter any dialing tone on the phone line. \item[\bf Voice String\hfill] The string `term' is expected to receive if the modem detects a voice call. If in dialing mode, `term' will abort the process. The user will in any case be notified of the event. \item[\bf Ring String\hfill] The string the modem emits if it receives a call, same effects as with the `Voice String'. \item[\bf Busy String\hfill] The string the modem returns if the number which has just been dialed is busy. \item[\bf Use\hfill] Use the current settings. \item[\bf Cancel\hfill] Keep original settings. \end{defit} \subsubsection{Screen Preferences} This menu-item will bring up a window to change all parameters of the main screen. \begin{defit}{\bf Edit Screen Palette~~~} \item[\bf Display Modes\hfill] All graphic-modes available for the main screen are displayed here. If you wish to use the `Super Hires', the `Productivity' mode or the A2024-modes, you will have to put up with some restrictions: there are only screens with a depth of two (Amiga colourmodes) and if in A2024-mode, different resolutions cannot be mixed with each other any longer. Annotation: the A2024-modes should only be used in connection with an A2024\-/Hedley-monitor. Otherwise the screen may `crash' and working with `term' will not be possible any longer. \item[\bf Edit Screen Palette\hfill] These gadgets are used to select a colour of the screen palette that is to to be changed. \item[\bf Red\-/Green\-/Blue\hfill] These proportional-gadgets are used to modify the portions of red, green or blue. \item[\bf Make Screen Public\hfill] As dealt with before, the `term' mainscreen is opened as `public'. With this gadget the user may define if other applications are allowed to open up their windows on the `term' screen. \item[\bf `Shanghai' Windows\hfill] This item, that is only displayed if `Make Screen Public' has been selected, is closely related to the function before. If active, all windows that will normally be displayed on the Workbench screen will open on the `term' main screen. \item[\bf Use\hfill] Use the current preferences. \item[\bf Cancel\hfill] Keep the old preferences. \end{defit} It has to be remarked that all the `new' display-modes (Super-Hires, Productivity, etc.) restrict the number of colours. Instead of 16-bit portions for red, green and blue, only 2-bit portions are used, which leads to a maximum width of the palette of at all 64 (4 × 4 × 4) colours. This is no `feature' of `term' but a hardware restriction. \subsubsection{Terminal Preferences} All settings that may be done here determine the behaviour of the terminal itself, i.e. how command sequences are interpreted and displayed. \begin{defit}{\bf Screen Title \& Status Line~~} \item[\bf Capture Filter\hfill] If selected, command sequences are filtered out before the incoming characters are captured to disk or printer. \item[\bf Destructive BS\hfill] Determines if the `Backspace' code, which will delete the character left from the cursor, only moves the cursor to the left or removes the character from the screen. \item[\bf Swap DEL \verb+<->+ BS\hfill] For the hard core VT100 user: if this switch is enabled the roles of the backspace key and the delete key are reversed. Note: this also applies to sequences such as Control+H which will produce a delete character instead of a backspace character. \item[\bf Strip Bit 8\hfill] For those guys \& gals who need it: if this switch is effect each character received or transmitted by `term' will have its upmost bit cleared. \item[\bf Stop Blinking\hfill] If selected the VT100-\-blink option is sup\-pressed. If running in eight colour mode, `term' will open its screen only three bitplanes deep instead of four bitplanes deep. \item[\bf Screen Title \& Status Line\hfill] Requested by american users who obviously were unable to produce satisfying results when playing with the Overscan preferences tool, these two switches allow you to disable screen title and status line information, thus increasing the number of lines available on the terminal screen. \item[\bf Faster Layout\hfill] Activating this switch will slow down display updates and window management. Oh well, not always, there may be a speed increase with some configurations, such as with external emulations activated or when using more than four colours on the screen. I suggest to experiment with this button before actually using it. \item[\bf Send CR\hfill] This gadget determines the sequence that is sent to the remote if a carriage-return is issued. As CR = without any change. As CR+LF = carriage-return and linefeed Ignore = suppress any carriage-return \item[\bf Send LF\hfill] This gadget determines the sequence that is sent to the remote if a linefeed is issued. As LF = without any change. As LF+CR = linefeed and carriage-return. Ignore = suppress any linefeed. \item[\bf Receive CR \& Receive LF\hfill] These two buttons have largely the same effect as the `Send xx' buttons, they are different in that they affect the incoming data rather than the data transmitted. \item[\bf Bell\hfill] This is where you select the action(s) `term' is to take whenever a `bell' character turns up in the data stream: \begin{defit}{\bf Visual \& Audible~~} \item[\bf Visual\hfill] The screen will flash. \item[\bf Audible\hfill] An audible signal will be generated. \item[\bf Visual \& Audible\hfill] A combination of both effects. \item[\bf Ignore\hfill] Nothing will happen. \end{defit} \item[\bf Display Size\hfill] Usually, the number of characters to be displayed on screen is determined by the physical dimensions of the main screen. But now and then a BBS requires the screen to be of a fixed size, here is what this switch allows you to set it to: \begin{defit}{\bf 80 × 24 (VT100)~~} \item[\bf Screen Size\hfill] Will fit as many characters on the screen as the physical screen size allows. \item[\bf 80 × 24 (VT100)\hfill] As required by VT100, this will limit the number of characters to be displayed on screen to the typical 80 × 24 rectangle. \item[\bf 80 × 25 (ANSI)\hfill] Similar to VT100, ANSI uses a fixed screen width but supports one more display line than VT100. \end{defit} In each case, using this switch will not change the physical dimensions of the main screen but the limits in which the cursor can be moved. \item[\bf Colour\hfill] This gadget determines the colour-mode the terminal emulation is going to use. Until now, three modes have been implemented: \begin{defit}{\bf 8 Colours (Blink)~~} \item[\bf Amiga\hfill] Four colours and blinking \item[\bf 8 Colours (Blink)\hfill] Eight colours and blinking \item[\bf 16 Colours\hfill] Sixteen colours, as the EGA-palette \item[\bf Mono\hfill] Mono\-chrome, two colors \end{defit} \item[\bf Emulation\hfill] At this point the user may select the terminal emulation. First there is a solid VT100\-/VT220\-/ANSI emulation which supports all common command- sequences, then there is a so called `Atomic' emulation which does only support the very basic command-sequences (CR, LF, Backspace, etc.), all VT100- and ANSI-\-command-\-sequences are suppressed, and, last but not least, a `TTY'-\-emulation which does not suppress all command-sequences, as `Atomic' does, but rather echoes them to the screen. In addition to the builtin terminal emulation, `term' also supports external terminal emulations. To select one, set the terminal emulation type to `External' and enter the name of the emulation in the string gadget below (the file may alternatively selected by hitting the `Select New Emulation' button). In case anything goes wrong loading or initializing the terminal emulation module, `term' will switch back to the builtin `ANSI\-/VT' emulation. \item[\bf Emu. Name\hfill] The name of an external terminal emulation library to be used by `term' instead of the builtin emulation code. \item[\bf Select New Emulation\hfill] Press this button to invoke a file requester allowing you to select the external terminal emulation file to be used by term instead of the builtin terminal emulation. \item[\bf Font\hfill] `term' makes use of two fonts to display text and graphics. `Topaz' is the system-integrated standard font, `IBM' is a font similar to the Standard IBM PC font which also contains graphics-symbols. If `IBM' is selected input from the console is automatically translated into the corresponding `IBM' characters. Note that the settings affected by this switch will be ignored if an external emulation is in effect. \item[\bf KeyMap Name\hfill] If your installation requires that `term' is to use a custom keymap layout, enter the keymap file name here. Note that at the time of this writing the program will not support custom keymap layouts with the `Packet Window' due to operating system limitations. \item[\bf Use\hfill] Use the current preferences. \item[\bf Cancel\hfill] Keep the old preferences. \end{defit} The built-in VT100-emulation supports all commands that have any use with `term'. Not implemented are commands that control the printer (this should be left to the user), initiate internal terminal-tests, change the LEDs or were very complicated to implement. The VT100-emulation also supports all commands of the VT220-terminal (thanks to Germar Morgenthaler who was able to get hold of the original documentation of the DEC VT220 console!), although there were only a few to be added. Acctually I had built in a lot commands that were supported only by VT220. Commands to swap between national keymaps (the DEC Multinational Character Set is accessed at \_all\_ times) and commands that control the printer are not supported. These commands are skipped. \subsubsection{Commands} Here you will find entries for three command sequences which serve three functions: \begin{defit}{\bf Startup\-/Login Macro~~} \item[\bf Startup\-/Login Macro\hfill] At the beginning of every session with `term' and after a connection has been established by the dialing routine a command-sequence is executed which may execute command-files or perform a automatical `login'. \item[\bf Upload Macro\hfill] `term' will execute this macro after a successful upload has been made. \item[\bf Download Macro\hfill] `term' will execute this macro after a successful download has been made. \end{defit} \subsubsection{Miscellaneous} This is the place where options can be set which would not fit into other control panels \begin{defit}{\bf 0verride Transfer Path~~} \item[\bf Program Priority\hfill] Use this slider to determine the priority under which the `term' main process is operating. Adjusting this value can make `term' perform more reliably in a system which experiences heavy task loading. It is recommended to play with this value until a satisfactory state is found, setting the program priority to high or too low may affect the performance of coprocess services such as the double-buffered file I\-/O routines. \item[\bf Override Transfer Path\hfill] Each batch file transfer protocol allows you to specify the name of the directory to send the files it receives to. By default `term' will redirect the files to a directory to be specified in the `Path' control panel. If this switch is disabled, the internal settings of the current transfer protocol will be used. \item[\bf Backup Configuration\hfill] By default the local program configuration saved along with a phonebook entry will replace the global configuration as soon as a successful connection is made. If this switch is enabled, `term' will remember the global configuration in effect before the configuration data of a phonebook entry is adopted. As soon as the serial driver loses track of the carrier signal or the user chooses to hang up the line, `term' will switch back to the previous global configuration. \item[\bf Use Auto Upload Panel\hfill] Some users found the so-called `ZModem auto-upload panel' to be invoked whenever `term' encounters the ZModem inquiry sequence rather disturbing, this switch will allow them to disable this feature. \item[\bf Set `archived' bit\hfill] If enabled, this switch will cause `term' to set the `archived' bit on files transferred using the XPR-interface. \item[\bf Maximum Buffer Size\hfill] To save memory, a high-water mark concerning the maximum amount of memory the `log book' will allocate for text may be specified. The minimum value to be entered here is 2000 bytes which are roughly equivalent to two `log book' pages of text. A value of 0 will cause the `log book' to always allocate as much memory as required to buffer all the incoming text. \item[\bf Buffer Enabled\hfill] This switch works in conjunction with the `Freeze Buffer' menu entry (freezing the `log book' contents). In fact, the menu entry is adjusted according to the configuration settings whenever a new configuration is invoked (that is, whenever a new connection is made through the dialing panel or at program startup time). Please note that `term' will only freeze the buffer if this switch is set, it will leave the buffer state (frozen or not) untouched if this switch is not enabled. \item[\bf Show Fast! Macros\hfill] If this switch is enabled, the fast! macro panel will be opened whenever the current configuration becomes active (e.g. at startup time). \end{defit} \subsubsection{Paths} In this part of the preferences all paths, which `term' uses to save or load any data, can be determined. \begin{defit}{\bf Terminal `Beep' Sound~~} \item[\bf Config. Storage Dir\hfill] The directory that will contain all configuration files (Phonebook, Makrokeys, etc.). The default configuration file is called `Preferences.term' and will be searched in the path defined by the enviroment variable `TERMPATH' (see end of document). \item[\bf ??? Up\-/Downloadpath\hfill] The directories in which the functions contained in the `Transfer' menu will search and create files. \item[\bf Capture Path\hfill] This gadgets contain the path in which the the capture files will be created if `Connect Auto-\-Capture' is enabled. \item[\bf Log File\hfill] The name of the file in which the information on the actions executed by `term' will be logged if `Log Actions' is enabled. \item[\bf Text Editor\hfill] Contains the name and search path of the editor used by `Edit File' in the Utilities menu. \item[\bf Terminal `Beep' Sound\hfill] The name of the IFF-sound-file that will be played if a BEL-signal is detected. This file may for technical reasons not be larger than 102400 bytes. \item[\bf Use\hfill] Use the current preferences. \item[\bf Cancel\hfill] Keep the old preferences. \end{defit} If any `Select' button is pressed, the path or filename beside can be selected by the file-requester. \subsubsection{Emulation} The gadgets found here allow you to change the internal parameters of the selected emulation. The following text only describes the parameters to change when using the builtin terminal emulation; if an external terminal emulation is in effect, this menu will conjure up the corresponding parameters menu supported by the external terminal emulation module. \begin{defit}{\bf Smooth Scrolling~~} \item[\bf Smooth Scrolling\hfill] If active, the each carriage-return code will cause the contents of the screen to scroll up smoothly. \item[\bf Wrap Characters\hfill] This function activates the automatical carriage return function which is triggered as soon as the cursor crosses the right screen margin. To avoid unpleasant side-effects, this gadget should be activated all the time. \item[\bf Wrap Cursor\hfill] According to the VT100-specification the cursor movements have to stop at the edges of the screen. In spite of this the cursor may leave these borders, especially in ANSI-mode, and may appear at the other side of the screen. This gadget activates a more `tolerant' mode. \item[\bf Insert Mode\hfill] Normally, `term' is in overwrite-mode (characters entered overwrite the contents of the screen). If this gadget is activated, typed characters are inserted by pushing all the characters right of the cursor towards the right margin. Note: the insert-mode does only work for lines. If characters are pushed out of the screen they cannot be restored. \item[\bf New Line Mode\hfill] This gadget activates a special mode in which some VT100-control-sequences cause `term' to perform a linefeed instead of clearing the screen or other serious changes of the contents of the screen. \item[\bf Numeric Keypad\hfill] If this mode is activated the keys of the numeric keypad transmit a command-sequence instead of a number. If the remote computer needs these sequences, this mode - applications mode - can be activated with this gadget. \item[\bf Cursor Keys\hfill] If this mode is active the cursor-keys transmit a command-sequence instead of a cursor-move. If the remote computer needs these sequences, this mode - applications mode - can be activated with this gadget. \item[\bf Font Scale\hfill] VT-100 offers four different sizes of fonts. They can be selected with this gadget: \begin{defit}{\bf Double Height (Bottom)~~} \item[\bf Normal\hfill] The normal height of the font. \item[\bf Double Height (Top)\hfill] Double height of font, only the upper part of the character is displayed. \item[\bf Double Height (Bottom)\hfill] Double height of font, only the lower part of the character is displayed. \item[\bf Double Width\hfill] Double width of font. \item[\bf Half Width\hfill] Half width of font. \end{defit} \item[\bf Use\hfill] Use the current preferences. \item[\bf Cancel\hfill] Keep the old preferences. \end{defit} \subsubsection{Global Preferences: Macro Preferences} This menu is used to set user definable strings for all ten function keys. All strings are considered command sequences, a topic which will be covered later in this document. \begin{defit}{\bf Modifier~~} \item[\bf Modifier\hfill] All in all 40 Keys may be covered with user defined command sequences. As the Amiga keyboard only has ten function-keys this gadget switches between the modifier keys (shift, control, alt) which, if pressed in addition which a function key, will execute one of the 40 command sequences. \item[\bf Load\hfill] Load the macro-keys from a file. \item[\bf Save\hfill] Save the macro-keys to a file. \item[\bf Use\hfill] Use the current preferences. \item[\bf Cancel\hfill] Keep the old preferences. \end{defit} As the definition of the function keys with command sequences contradicts the standard definition of the four functions keys of a VT-100-terminal, the keys F1-F4, which may be executed by pressing the shift key and the approriate function-key simultaneously, are mapped to the standard sequences for function-keys. The user may - of course - change these settings. If an external terminal emulation happens to be active, those function keys the emulation has allocated for itself will be disabled and cannot be edited. \subsubsection{Fast! Macro Preferences} The design and implementation of the settings to be configured in this menu are closely related to the menu entry `Macro Preferences' discussed before, the only difference to be seen in the fact that the fast! macros are mapped to buttons rather than function keys (more on this topic later in this document). \begin{defit}{\bf Macro List~~} \item[\bf Macro List\hfill] The list of macros entered yet, to edit one of these, select it by clicking the mouse button with the mouse pointer on it. \item[\bf Macro\hfill] The name of a macro by which it is listed in the fast! macro list. \item[\bf Macro Code\hfill] The command sequenz associated with a fast! macro. Command sequences are discussed later in this document. \item[\bf New\hfill] Appends a new macro to the list. The user may then select and customize it. \item[\bf Delete\hfill] Removes the currently selected macro from the list. \item[\bf Load\hfill] Loads the macro list from a file. \item[\bf Save\hfill] Saves the macro list to a file. \end{defit} \subsubsection{Hotkeys} This is where the key sequences used to arrange screens and to execute special functions are to be configured. \begin{defit}{\bf Buffer Screen To Front~~} \item[\bf term Screen To Front\hfill] The keys to press to bring the `term' screen to the front. \item[\bf Buffer Screen To Front\hfill] The keys to press to bring the screen of the log book process to the front (note: if the screen is not already open, pressing these keys will accomplish nothing). \item[\bf Skip Dial Entry\hfill] As an alternative to the `Skip' gadget, pressing these keys will skip a dialing entry if the dialing function is currently active. \item[\bf Commodity Priority\hfill] The commodity priority to assign this task to. You may want to change this value if you have more than one program running which uses the same key sequences as `term'. The program with the higher commodity priority will receive the key\-strokes first. \item[\bf Hotkeys enabled\hfill] Whether the hotkeys are enabled or not can be toggled by clicking on this gadget, or by using the `Exchange' program to be found in the `Tools\-/Commodities' drawer. \item[\bf Load\hfill] Loads the hotkey settings from a file. \item[\bf Save\hfill] Saves the hotkey settings to a file. \item[\bf Use\hfill] Use the current settings. \item[\bf Cancel\hfill] Keep the original settings. \end{defit} If any changes made here do not seem to take effect immediately, the user has probably typed a keyword wrong (causing the entire hotkey setup to fail). I'm sorry about this, but the current implementation of hotkey support does not sport error checking. \subsubsection{Speech} If enabled, the Amiga speech synthesizer will be used to alert the user of certain actions, such as carrier lost, connection made, etc. This feature makes sense if `term' is running in the background where the user cannot see what is actually happening on the main screen. By default this feature is disabled. \begin{defit}{\bf Speech enabled~~} \item[\bf Rate\hfill] Speaking speed in words per minute. \item[\bf Pitch\hfill] The greater this value, the higher the voice appears to speak. \item[\bf Frequency\hfill] Voice frequency in Hertz. \item[\bf Volume\hfill] The volume of the voice. \item[\bf Sex\hfill] Enabled female or male voice. \item[\bf Speech enabled\hfill] Toggles the activity of the speech synthesizer. \item[\bf Speak!\hfill] Speaks a small sample text, note that speech must be enabled for this function to work. \item[\bf Load\hfill] Loads the speech settings from a file. \item[\bf Save\hfill] Saves the speech settings to a file. \item[\bf Use\hfill] Use the current settings. \item[\bf Cancel\hfill] Keep the original settings. \end{defit} \section{Telephone book \& Dial function} The functions described in the following can be found in the `Modem' menu and relate to the menu entries `Phonebook', `Dial' and `Redial'.    `term' is equipped with a user friendly telephone number management system, the `telephone book', which is operated via a Control field. The Control field is described in the following lines. \subsection{The main control panel} \begin{defit}{\bf Set Password~~~} \item[\bf Name List\hfill] The list of all telephone numbers with names                         against them (name of the corresponding mailbox). If one of these entries is selected with a double click, it will be placed at the end of the dialing list (More on this later). \item[\bf BBS Name\hfill] Name of the last selected telephone book entry. \item[\bf Phone Number\hfill] Telephone number of the last selected telephone book entry. If a BBS supports multiple lines, the phone number of each line may be entered, each separated by a vertical bar `|' character (example: "123456|654321" would cause the dialing routine to dial the numbers `123456' and `654321'). The dialing routine will process all these phone numbers before proceeding to the next phonebook entry. The `|' character also works for the modem init, modem exit and dial prefix sequences. Whenever the dialing routine dials another phone number from a list separated by bars, it will try to find a matching init\-/exit\-/dial prefix sequence. If more phone numbers are specified than sequences are available, it will use the last sequence given (an example: a phone number may be given as "123456|654321|12345", the dial prefix string may be "ATDP|ATDT"; the dialing routine will call the first number using "ATDP123456", the second number using "ATDT654321" and the third number, since no special dial prefix is available, again using "ATDT12345"). \item[\bf New Entry\hfill] Generates a new telephone book entry with standard settings and places it at the end of the telephone book. \item[\bf Clone Entry\hfill] Will duplicate the currently selected phonebook entry and place it at the end of the list. \item[\bf Remove Entry\hfill] Removes the last selected telephone book entry from                         the telephone book and frees the memory allocated                         for this entry. \item[\bf Dial List\hfill] Will pass the list of currently marked phonebook entries to the dialing routine. \item[\bf Clear List\hfill] Will clear the marks set for each telephone entry in the dialing list. \item[\bf Play Number\hfill] Plays the currently selected telephone number using Touch-Tone® signal coding. \item[\bf Load List\hfill] Loads the contents of a telephone book from a file. \item[\bf Sort List\hfill] Sorts the contents of the telephone book in ascen-                         ding alphabetical order. \item[\bf Save List\hfill] Saves the contents of a telephone book to a file. \item[\bf Set Password\hfill] Press this button if you wish to save a special access password with the currently active telephone book file. You will then be asked to enter the password (note: what you type will appear on the screen!), only the first 20 characters will be used. To clear an existant password and to save the phonebook file without encryption, just press return when asked to enter the new password. The next time you save the phonebook data, the password will be encrypted and saved with it, the phonebook data itself will be encrypted using the password. Whenever an encrypted phonebook file is loaded and the password saved with it does not match the last password you entered, you will be asked to enter the access password. What you type will not appear on the screen, press the $<$Return$>$ key when done, the $<$Backspace$>$ key will delete a character, the $<$Escape$>$ key will abort the process, as will closing the window. The input process will be terminated automatically when 20 characters have been entered. Note: whenever an encrypted phonebook file is loaded, it will take longer to load than an ordinary phonebook file, the same applies to saving phonebook data. \end{defit} Another list is located at the right hand side of the window. Each entry refers to a control panel to be invoked on the currently selected telephone entry. \begin{defit}{\bf Serial, Modem, \ldots~~} \item[\bf Serial, Modem, \ldots\hfill] These entries refer directly to the preferences main menu entries of the same name. \item[\bf Password\-/User\hfill] This entry will open a control panel in which the password and user name to be used for the current phonebook entry can be entered. Both password and name are made available from within the `term' ARexx interface to allow auto login script files to set up a connection. \item[\bf Copy Config\hfill] A lot of time can be saved by copying selected parts of the global configuration to a local configuration which part of a phonebook entry. This entry will invoke a control panel which allows to select which parts of the global configuration should be copied. The control panel also remembers which parts were copied when it was invoked last time. If the `Copy To All' button is selected, the configuration data to be copied will be copied to all phonebook entries. \end{defit} \subsection{Rates - support for call fee calculation} `term' will count the minutes you are online and connected to a BBS as soon as a connection is made through the dialing routine. As soon as the connection is lost or you hang up, `term' will use the information to be specified in this control panel to calculate the amount of money to be paid for the call. Although the design of this control panel refers largely to the german telephone system I hope that it will be applicable to other countries' telephone systems as well. Please tell me if this is not the case. \begin{defit}{\bf Days And Dates~~} \item[\bf Pay\-/Unit\hfill] The amount of money to be paid for each single time unit when online. This fee must be given in the smallest currency unit available (pence, cents, centimes, etc.). \item[\bf Seconds\-/Unit\hfill] This is where you enter how many seconds each time unit lasts. \item[\bf Start Time\hfill] Here you can adjust the time at which telephone company will switch to the current pay\-/unit rate. In Germany, the Deutsche Bundespost will switch to a cheaper rate after 6:00 pm and return to the original rate at 8:00 am in the morning. The main purpose of this field is to offer support for these periodic changes. If your telephone company does not change its rates in such manner, set both settings (Starting time and ending time) to the same values. \item[\bf Days And Dates\hfill] This list contains the default rate settings and exceptions for certain dates and days of the week. Each line displays the type of the entry and a comment (separated by the `»' character). The following types are available: \begin{defit}{\bf 12. Jan (example)~~} \item[\bf Day(s)\hfill] Settings for certain days of the week \item[\bf 12. Jan (example)\hfill] Settings for a specific date \end{defit} If there is no special type available for an entry, it's probably the default settings you are dealing with. These settings are used whenever `term' cannot find an entry for the current day. \item[\bf Add Date\hfill] Will invoke a control panel to create a new rate entry to be used on a specific date. Use the sliders and button to select the day the settings will be valid for. Caution: the control panel will allow you to enter nonexistant dates, such as 31. Feb so you will have to make sure that the date in question really exists. \item[\bf Add Day(s)\hfill] Will create a new rate entry referring to one or more days of the week. Use the buttons of the control panel to select the days the current settings will be valid for. \item[\bf Import\hfill] Much work can be saved if the rate settings for the current phonebook entry are imported (or copied) from a different phonebook entry. To do so, select this button. The control panel to be opened will display the list of phonebook entries available and three buttons: \begin{defit}{\bf Replace Units~~} \item[\bf Replace Units\hfill] The rate settings of the current phonebook entry will be replaced by the settings of the selected entry. \item[\bf Append Units\hfill] The rate settings of the selected entry will be appended to the current phonebook entry. \item[\bf Cancel\hfill] Will abort the selection. \end{defit} \end{defit} Whenever a rate entry is selected, the corresponding parameters (Pay\-/Unit, Seconds\-/Unit, Start Time) can be edited. If the entry refers to a certain date or a specific day of week three additional buttons are made available: \begin{defit}{\bf Remove~~} \item[\bf Edit\hfill] Just as the labels says will allow you to modify an entry after it has been created. \item[\bf Clone\hfill] Will duplicate the current rate entry and append it to the list. \item[\bf Remove\hfill] Removes an entry from the list. \end{defit} \subsection{Dialing and selecting a phonebook entry} To put a phonebook entry into the dialing list, double-click the mouse on its name. The number appearing to the left of its name indicates the precedence of entries in the dialing list. To remove an entry from the list, double-click it again. To dial the list of selected entries, press the `Dial List' button, control will be passed over to the dialing panel. As I have been asked several times: For dialing a telephone number the dialing prefix specified for this telephone number is used. If the MNP-error correction for a certain mailbox has to be specifically switched on via the dial string, this has to be done in the modem settings for this mailbox and not in the global settings of `term'. The `Modem Init-String' and `Modem Exit-String' entries of the telephone book can also be used for initialisation.    The following information about the dialing process is displayed: \begin{defit}{\bf Timeout~~} \item[\bf Calling\hfill] The name of the telephone book entry belonging to the number being dialled. If it is just a telephone number the string constant `-- Unknown --' is shown, meaning that the name of the mailbox is unknown. \item[\bf Number\hfill] The telephone number being dialed or \_just\_ dialed. \item[\bf Next\hfill] The name of the telephone book entry which will be processed next if no connection is established. If no further entry exists, `-- None --' will be displayed. \item[\bf Timeout\hfill] A counter which is decreased every second and which reflects the time remaining to establish a connection or to cycle through the dial queue again. \item[\bf Attempt\hfill] This field shows the number of unsuccessful cycles made through the dialing queue to establish a connection. \item[\bf Message\hfill] A message to the user. This can be: \begin{defit}{\parbox{2in}{\bf Maximum Number 0f Dial Retries Reached!}~} \item[\bf Dialing \ldots\hfill] A dial is in process. \item[\bf Line Is Busy\hfill] The dialed number is engaged. \item[\bf Incoming Call!\hfill] The Modem has been called from another Modem. \item[\bf Incoming Voice Call!\hfill] The Modem is receiving a call which was not originated by another Modem. \item[\bf No dialtone detected!\hfill] The modem was unable to detect any dialing tone on the line, it may possibly be not connected. \item[\bf Connection Established.\hfill] Nomen est omen! \item[{\parbox[t]{2in}{\bf Maximum Number Of Dial Retries Reached!}}\hfill] Also nomen est omen. \item[\bf Dial Attempt Timeout.\hfill] The time available to establish a connection has been reach\-ed or exceed\-ed. \item[\bf Redial Delay \ldots\hfill] Pause until the next cycle through the dialing queue. \end{defit} \normalsize    Additionally three buttons can be found in the input field, which initiate the following functions. \begin{defit}{\bf Abort Dialing~~} \item[\bf Skip Call\hfill] With this function the current dialing attempt is cancelled and the next number is processed. If no succeeding telephone number exists `term' waits for the next cycle through the dial queue or until `Skip Call' is `pressed' again. There also is a hotkey combination available to accomplish the same effect. \item[\bf Remove\hfill] This button works in part similar to the `Skip Call' button. Additionally, it removes the current phonebook entry from the dialing list. \item[\bf Go To Online\hfill] If the line is very noisy, the connection to a mailbox has been made but the `CONNECT' signal has been lost, you can use this button to switch directly to the online mode of the Modem. This will also start the pay unit counter and the dial queue will be exited. \item[\bf Abort Dialing\hfill] Operation of this button exits the dial queue (leaving the the dial queue intact) and ends the dialing process. \end{defit} \end{defit}    If a connection is successfully made the corresponding entry in the dial queue will be removed. \section{The Log book} The `Log book' is a function which continually stores text displayed on `term's mainscreen, so that the user can inform himself about the received text at any time . \subsection{General characteristics} The "size" of the `log book' is managed dynamically so that for every new line which is read new memory must be allocated. So the "size" of the `log book' is limited only by the amount of the available memory. It is recommended that the `log book' is emptied periodically to avoid using the entire free memory.    If there is insufficient memory to `write' a new line into the `log book', the first line will be deleted to make room for the new line. \subsection{Operation} The contents of the `log book' can be paged through using the keys for moving of the cursor (`Cursor keys') (cursor keys + shift key moves page by page, cursor keys + control key jumps to the beginning or end of the log book). Additionally, the numpad keys are overlaid with jump and paging functions (corresponding to the inscriptions\-/graphics on the front of the keys).    Additionally there is a further menu whose functions should be explained briefly: \begin{defit}{\bf Close Buffer, Quit~~} \item[\bf Search\hfill] A search function is called which searches from the                         topmost line ON THE SCREEN downwards for an entered                         search string. Upper- and lowercase are ignored                         with this function.                         If the search string is found it is displayed and marked\-/highlighted. \item[\bf Repeat Search\hfill] Continues the search process started with `Search'. The previously entered search string is carried over. \item[\bf Go To Main Screen\hfill] Switches to the main screen of `term'. \item[\bf Clear Buffer\hfill] Clears the contents of the `log book'. \item[\bf Close Buffer, Quit\hfill] Closes the `log book' screen but leaves the contents unchanged. \end{defit} \section{Using the clipboard and the mouse} Cut \& paste functions are available on the main screen. Use the mouse to point to the first character you wish to send to the clipboard, hold down the (left) select button, move the mouse to the last character you wish to cut and release the button. The characters you have just marked will have been transferred to the clipboard, use the key combination Amiga+V to paste the contents of the clipboard and to feed them back into the input stream. Holding down the control key while clicking on a character will feed the single character into the input stream, it will not be buffered in the clipboard. Hold down any shift key to have the contents of the clipboard fed into the input stream right after the mouse button is released, a $<$return$>$ will follow the data (this also works on the `log book' screen).    With the aid of the mouse you can mark blocks in the `log book' which are to be copied into the `clipboard' and which can later be fed into the input stream with the function `Paste Clipboard Contents'. Hold down one of the `Alt' keys and press the left mouse button to make `term' emit a number of cursor move sequences which will position the on-screen cursor at the spot where you clicked the mouse. In standard string editing fields a solution had to be found to preserve the line editing functions while still supporting menu shortcuts. To undo any changes made press Amiga+Q, to clear the string editing field press Amiga+X. Menus associated with the shortcuts Amiga+Q\-/X are called by holding down any shift key along with the Amiga keys (i.e. Shift+Amiga+Q will select the `Quit' menu item if available). Clipboard functions are also available within string gadgets: press Amiga+C to copy the contents of the gadget to the clipboard and press Amiga+V to insert the current clipboard contents at the current cursor position. \section{Command sequences} Each character string sent directly to the modem is a command sequence. This includes telephone numbers, modem initialisation strings, function key assignments, etc. In addition to the normal ASCII character strings various other commands are supported which will be described in the following. \subsection{The backslash {\tt \char'134}} The following sequences are introduced with the `{\tt\char'134}': \begin{defit}{\bf ddd~~} \item[\bf \tt \char'134\char'134\hfill] Generates a single backslash. \item[\bf \tt \char'134a\hfill] Executes an ARexx command (all text to follow this character). \item[\bf \tt \char'134b\hfill] Generates a backspace (deletes the character to the left of the         cursor). \item[\bf \tt \char'134c\hfill] Calls a main menu entry, the menu entry to be called is determined by the argument to follow; this is either a six digit number (example: "\verb+\+c 010203" would call subitem 1, item 2, menu 3) or the name of the menu entry enclosed in single quotes to call (example: "\verb+\+c 'about'" would call the `About...' menu entry, the search is case-insensitive and only compares the characters given). \item[\bf \tt \char'134d\hfill] Executes an AmigaDOS command (all text to follow this character). \item[\bf \tt \char'134e\hfill] Generates the escape character (ASCII code 27). \item[\bf \tt \char'134f\hfill] Generates a form feed (skip to beginning of the next page or         clear the screen). \item[\bf \tt \char'134g\hfill] Places the string to follow this character in the clipboard. \item[\bf \tt \char'134i\hfill] Feeds the contents of the clipboard into the input stream. \item[\bf \tt \char'134n\hfill] Generates a line feed. \item[\bf \tt \char'134p\hfill] Feeds the password of the telephone book entry into the input stream of the last made connection. Note: The password is automaticly cleared for security reasons when the connection is broken. \item[\bf \tt \char'134r\hfill] Generates a carriage return. \item[\bf \tt \char'134t\hfill] Generates a tab jump. \item[\bf \tt \char'134u\hfill] Similar to the \verb+\p+ command, the \verb+\u+ command will feed the current user name into the input stream. \item[\bf \tt \char'134x\hfill] Generates a break signal (as with the `Send Break' menu entry). \item[\bf \tt \char'134\char'136\hfill] Generates a caret character. \end{defit}    If none of the mentioned combinations is recognized the character which follows the `\verb+\+' will be fed into the input stream without any changes. \subsection{The caret {\tt\char'136}} This character is used to change the following character to a `control character'. So the sequence `\verb+^J+' will become a Line feed and `\verb+^H+' becomes a tab jump. The character which follows the `\verb+^+' has to be located between `\verb+@+' and `\verb+[+', otherwise it is fed into the input stream without changes. \subsection{The tilde {\tt\char'176}} This character causes the program to pause for exactly half a second before it continues to process the following commands. \section{Fast! Macros} In implementation and design the fast! macros are closely related to the function key macros. If invoked by selecting the corresponding menu entry, a window will open on the right hand side of the screen sporting a scrollable list of macros (the contents of this list can be edited using the `Fast Macros' preferences menu item). When a list entry is selected, the associated command sequence (discussed above) will be executed. By using the fast! macros it is theoretically possible to control a BBS just by mouse, provided that you have the approriate macros in your fast! macro list. The fast! macro panel can be resized and acts just like the main `term' window: menu items can be selected and characters entered are sent to the serial driver. \section{The `Packet Window'} In this window a line can be edited before it is sent. All the usual editing functions known from standard input fields are available (shift + left\-/right jumps to the start\-/end of the line).    Additionally some extended functions exist which are performed by pressing a cursor key together with the Shift or Control key: \begin{defit}{\bf Right + Control~~} \item[\bf Left + Control\hfill] Jumps to the next word. \item[\bf Right + Control\hfill] Jumps to the previous word. \item[\bf Up\hfill] Shows the last entered command in the input line. \item[\bf Up + Shift\hfill] Shows the very first command entered so far. \item[\bf Down\hfill] Shows the next entered command (if you moved back for some commands before). \item[\bf Down + Shift\hfill] Shows the very last command entered so far. \end{defit}    This input field has a buffer where all previously entered commands are stored (`Command History'). You can page through this buffer, load and save it and individual lines can be called up again. As with the `log book' this buffer is managed dynamically. The same memory restrictions that apply to the `log book' are valid for this buffer.    The input line also has a menu which offers the following functions: \begin{defit}{\bf Clear History~~} \item[\bf Load History\hfill] Loads the contents of the input line buffer from a file. Each stored line in this file can be called up and sent. \item[\bf Save History\hfill] Saves the contents of the input line buffer to a                         file. \item[\bf Clear History\hfill] Simply releases all previously stored commands and                         the used memory. \item[\bf Other Window\hfill] Switches to the main screen of `term'. \item[\bf Quit\hfill] Closes the window (corresponds to clicking the close gadget of the window). \end{defit}    It must be mentioned that every character entered into this window is shown immediately so that those things where it is better that they should not appear on the screen (like passwords for a mailbox) should be entered in another way.    The content of every input line is interpreted as a command sequence and therefore can also contain control characters.    If a line taken from the input buffer is sent without change it is \_not\_ stored in the buffer again (`true history' as known from `ConMan').    The contents of the input buffer are cleared automatically after the window is closed. Under no circumstances are the contents maintained until the next call! \section{System variables} Information which is to be available the next time the program is run is placed as AmigaDOS variables in the directory `ENV:' and `ENVARC:' by `term'.    The variables used by `term' can be used and manipulated by other programs transparently. In detail these variables are: \begin{defit}{\bf TERMWIND0W~~} \item[\bf TERMPATH\hfill] The name of the directory in which all information                         used by `term' is placed (Standard configuration,                         telephone book, etc.). The default setting is                         `ENVARC:term'. \item[\bf TERMWINDOW\hfill] The window definition which can also be entered in                         the program via the menu function `Set Console                         Window'. \item[\bf xpr\hfill] The standard settings used for the corresponding                         transfer protocol (xprzmodem, xprkermit, etc.). \end{defit} \section{An author's request \& gift-\-ware-\-re\-num\-er\-a\-tion} The development of `term' required conciderable expense. The effort to find out by trial and error and with a little help from the DevCon-Disks and the Includes \& Autodocs the operating principles of some routines would alone be worth a remuneration to the author (it's simply bad luck if the Atlanta-DevCon records arrive with considerable delay).    The author is susceptible to all kinds of donation and gifts so long as it is assured that they are useful to him (these nice little sacks with elephant food are better sent to the Hannover zoo). Therefore anyone pleased by `term' or who works with the source code is welcome to remunerate my programming efforts as he\-/she thinks that it matches my efforts (If you've got no ideas yet: I am looking for old Infocom games -- with the exception of `Zork Zero,I,II \& III' `Journey', `A mind forever voyaging', `Hollywood Hijinx', `Wishbringer' and `The lurking horror' which I already own -- old CinemaWare games -- with the exception of `Defender of the Crown' and `Sinbad' -- the source code to `ARJ' or a Modula-2 compiler) - a lot of thanks! \begin{center} My address: Olaf Barthel Brabeckstrasse 35 D-3000 Hannover 71 Federal Republic of Germany Z-Net: O.BARTHEL\verb+@+A-Link-H Usenet: o.barthel\verb+@+a-link-h.zer.sub.org cbmvax.commodore.com!cbmehq!sourcery!olsen \end{center}    Would those people looking at the source code to extend it or do some modifications here and there please contact me before publication so that our efforts can be coordinated.    If someone should have a brilliant idea to improve or extend the structure and contents of this manual, he\-/she may do it with my blessing (I haven't had the enthusiasm up to now to \TeX ify the text). \section{Revision History} \begin{defit}{\bf V1.9c~~} \item[\bf V2.0\hfill] Alas, too much has changed to fit into a short description... \item[\bf V1.9c\hfill] As you can see by the revision number, I didn't have the courage to dub this program revision `2.0'. Due to lack of time I was unable to introduce most of the useful features suggested by users after releasing the previous program revision (don't worry, the suggested features will be remembered and added as soon as time permits). I fixed a couple of hidden and potential bugs. Especially the gadget creation routines based on gadtools.library should now finally be rock solid and conform to the programming guidelines. Some nasty and persistent bugs in the terminal emulation code were finally fixed, most notably the famous `screen would not scroll when fed with new data' bug. The insert\-/clear line commands will finally work. I also brushed up the look \& feel of the user interface, in particular the transfer options control panel. The program will no longer crash when an xpr.library cannot be opened. The dialing routine will no longer run one dial retry more than specified in the prefs. The clipboard functions copy \& paste now also work in string gadgets (use Amiga+C to copy and Amiga+V to insert text). The xpr.libraries will no longer create downloaded files in their separately set download directories but will follow the settings specified in `Preferences\-/Paths'. The previous revision had accidentally enabled the capture filter by default, forbidding to capture the incoming data without filtering control sequences. Those who never use the cut \& paste text features on the main screen or just wish to save displaying time can now disable the buffering of on-screen text. Due to small changes the data throughput rate when using the data transfer functions should have increased notably. In addition to the standard twelve baud rates I have added three new ones which may confuse the XPR transfer libraries. The biggest change is introduced by the external terminal emulation routines as designed by Ueli Kaufmann. `term' is able to use the same terminal emulation modules as Ueli's terminal program `LR-Comm'. \item[\bf V1.9b\hfill] I had hoped that it would not be necessary, but it was: this release fixes a couple of Enforcer hits and bugs in the dialing routine and the terminal emulation. Thanks to John Burton a couple of bugs were fixed and the terminal emulation should now be much more DEC compatible than it used to be. \item[\bf V1.9a\hfill] Compared to its predecessor this version of `term' does not include any new features, I merely fixed a number of quite substancial bugs, cleaned up the visual appearance a bit and removed a couple of inconsistencies. In particular I fixed the dialing routine and the double buffering routines employed by the XPR-transfer process (there was more of course, but nothing to worry about). One big change will probably go unnoticed: `term' no longer uses the gadtools.library routines to create string gadgets but a couple of home brewn ones. This was absolutely necessary since the previously used technique of adding extra editing functions was clearly offending official programming guidelines. Last but not least I improved the behaviour of the program when running under low-memory conditions. Only a few hours before I had originally intended to release the final program I discovered an almost historical bug: if printer capture was enabled the data was not sent to the printer but - open or not - to the capture file. The bug was fixed and the file capture was rewritten to use the doubly-buffered I\-/O routines also employed by the XPR-transfer module. Another last minute bug fix concerns the telephone book: in revision `term' 1.9 it was impossible to change the call fee settings, this has been fixed. \item[\bf V1.9\hfill] Starting with this release AmigaOS 2.04 (Kickstart 37.175, Workbench 37.67) becomes a must (by the time this `term' release becomes widely available Commodore should be shipping Kickstart 2.0 enhancer kits -- it was a tough job, and it has been nicely done, congratulations!). On machines equipped with a Super-Agnus chip, but without an ECS-Denise chip the screen mode selection would occasionally select the wrong resolution, this has been fixed. I have increased the read buffer of the serial device driver, it is now about sixteen times as large as it used to be. Read and write accesses during up- and downloads are now doubly buffered (i.e. while one buffer is transferred the other buffer is asynchronously filled with new data) which is to permit data transfers without the usual delay times caused by buffer flushing and filling. The filetype identification now recognizes `some' more file types (23 additional types to be accurate). The auto-upload function has been fixed and enhanced in this release. You now have the opportunity to cancel an upload (by sending the approriate ZModem abort sequence) or to ignore the inquiry sequence. Cancelling the file requester to appear after the inquiry sequence has been recognized will also transmit a ZModem abort sequence. The calling fees corresponding to phonebook entries can now be edited as plain numbers instead of adjusting a slider gadget which would always only allow numbers ranging from 0 to 10.00 to be entered. The touch-tone-dialing routine now plays numbers half as fast as in the previous release. The log book screen now opens in the same resolution as the main screen (which may look strange in resolutions such as `SuperHires Interlaced'). Transfer protocol library and serial device driver can now be selected using the asl.library file requester instead of typing the names manually. The `VOICE' and `RING' recognition did not work in the previous release, this has been fixed. I also fixed a problem encountered with the path panel: it was impossible to select a path using the file requester without having to select a file in the corresponding directory. The transfer panel has been reworked and now sports two bar displays which graphically show the amount of data transferred and the time to wait until the transfer is finished. The old transfer panel would crash or generate Enforcer hits when selecting an menu item, this has been fixed. The save\-/restore cursor attributes function in the VT100 terminal emulation would save and restore values it should not do, namely the scroll region borders (fixed). The dialing function now also recognizes `NO CARRIER' as a synonym for `BUSY'. I must have caused unrecoverable damage to the dialing function when trying to fix a particular bug, so I had to rewrite the whole routine (not a bad thing actually, the routine is now much less complex than in the previous releases and works like new!). The blinking display could cause problems when the packet window was active (the window borders would flash just like the screen cursor did), this has been fixed. Every five seconds the online time display will change to a call fee display and the other way round. `term' now sports an iconify function (requires Workbench to be running). I also added the `Fast! macros' and a couple of ARexx commands which were missing in the previous release. Well... it's all in a day's work for a bicycle repair man! While some errors seem to show their hand and to wave shouting `I am here, get me out quick!' I am still deeply indebted to Martin Berndt, Ralf Thanner and Holger Lubitz who discovered most errors and bugs in the previous `term' release. \item[\bf V1.8a\hfill] First international release. \item[\bf V1.0-\hfill] See german documentation (that's why its about 40K bytes longer). \end{defit} \begin{quote} ...you can't get what you want till you know what you want... \flushright{Joe Jackson} \end{quote} \end{document}